mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting a blocked state of a ultrasonic sensor of a motor vehicle, wherein an actual value of at least one oscillation parameter (fR) of the ultrasonic sensor is acquired and is compared with a reference value by means of an evaluation apparatus in order to detect a blocked state, wherein a current temperature, to which the ultrasonic sensor is subjected, is sensed by means of a temperature-sensing apparatus, wherein the reference value is determined by means of the evaluation apparatus as a function of the current temperature, wherein the comparison between the respective current value of the oscillation parameter (fR) and the respective current reference value is carried out repeatedly, characterized in that a mean value is determined from comparison results (Δ) and is evaluated in order to detect the blocked state, and in that when a blocked state of the ultrasonic sensor is detected, an extent and/or a type of blockage of the ultrasonic sensor is determined as a function of the comparison, wherein a deviation between the actual value of the oscillation parameter (fR), on the one hand, and the current reference value, on the other, is determined and is used as a direct indicator of a magnitude and/or the type of the blockage.
A compound of formula lb, or a salt thereof: wherein: Y is absent or selected from CR a R b, NR b, O, SiR c R d, C=CR c R d, or S, wherein R a and R b are independently selected from one or more groups comprising H, alkyl, alkenyl, alkynyl, alkoxy, aryl, aryl- alkyl, heteroaryl, heteroaryl- alkyl, cycloalkyl, cycloalkyl- alkyl, heterocyclyl, heterocyclyl- alkyl, cyano, nitro, hydroxy or halo, and R c and R d are independently selected from hydrogen, alkyl, alkoxy, aryl, aryl- alkyl, heteroaryl, heteroaryl- alkyl, cycloalkyl, cycloalkyl- alkyl, heterocyclyl, or heterocyclyl- alkyl; Z is selected from O, CR e R f, NR e, SiR e R f, S, SO or SO 2, wherein R e and R f are independently selected from H or alkyl; R P1 and R P2 are selected from alkyl, cycloalkyl or C 6 H z Me (5-z) (where z is an integer between 0 and 5); R B1 and R B2 are of the formula C 6 X n H (5-n) (where n is an integer between 1-5) and wherein each X is a halo or CF 3; and each R 1 and R 2 is independently selected from alkyl, halo, trifluoromethyl, trifluoromethoxy, amino, cyano, hydroxy, nitro, S y R o (where y is 0, 1 or 2), aryl, heteroaryl, NR p R q, OR p, wherein R o is selected from alkyl or OH, and wherein R p and R q are each independently selected from H or alkyl; and integers a and b are independently selected from 0 to 3. Y is absent or selected from CR a R b, NR b, O, SiR c R d, C=CR c R d, or S, wherein R a and R b are independently selected from one or more groups comprising H, alkyl, alkenyl, alkynyl, alkoxy, aryl, aryl- alkyl, heteroaryl, heteroaryl- alkyl, cycloalkyl, cycloalkyl- alkyl, heterocyclyl, heterocyclyl- alkyl, cyano, nitro, hydroxy or halo, and R c and R d are independently selected from hydrogen, alkyl, alkoxy, aryl, aryl- alkyl, heteroaryl, heteroaryl- alkyl, cycloalkyl, cycloalkyl- alkyl, heterocyclyl, or heterocyclyl- alkyl; Z is selected from O, CR e R f, NR e, SiR e R f, S, SO or SO 2, wherein R e and R f are independently selected from H or alkyl; R P1 and R P2 are selected from alkyl, cycloalkyl or C 6 H z Me (5-z) (where z is an integer between 0 and 5); R B1 and R B2 are of the formula C 6 X n H (5-n) (where n is an integer between 1-5) and wherein each X is a halo or CF 3; and each R 1 and R 2 is independently selected from alkyl, halo, trifluoromethyl, trifluoromethoxy, amino, cyano, hydroxy, nitro, S y R o (where y is 0, 1 or 2), aryl, heteroaryl, NR p R q, OR p, wherein R o is selected from alkyl or OH, and wherein R p and R q are each independently selected from H or alkyl; and integers a and b are independently selected from 0 to 3.
A method in an encoder comprising: accessing an input progressive video sequence; performing vertical processing on at least two consecutive frames of the input progressive video sequence to construct a baseline layer interlaced top field-bottom field (TFBF) frame in a BL TFBF video sequence; performing horizontal processing on the at least two consecutive frames of the input progressive video sequence to construct an enhancement layer side-by-side frame in an EL SBS video sequence; and compressing the BL TFBF sequence and the EL SBS sequence to create a coded, backwards compatible output stream. accessing an input progressive video sequence; performing vertical processing on at least two consecutive frames of the input progressive video sequence to construct a baseline layer interlaced top field-bottom field (TFBF) frame in a BL TFBF video sequence; performing horizontal processing on the at least two consecutive frames of the input progressive video sequence to construct an enhancement layer side-by-side frame in an EL SBS video sequence; and compressing the BL TFBF sequence and the EL SBS sequence to create a coded, backwards compatible output stream.
A steel for grade R6 offshore mooring chain with high strength and high toughness for use in anchoring and mooring floating bodies with cathodic protection, wherein the chemical composition by wt% (percentage by weight) are as follows: C 0.18∼0.24, N 0.006∼0.024, P 0.005∼0.025, S ≤0.005, Si 0.15∼0.35, Mn 0.20∼0.40, Cr 1.40∼2.60, Ni 0.80∼3.20, Mo 0.35∼0.75, Cu ≤0.50, Al ≤0.02, Ti ≤0.005, V 0.04∼0.12, Nb 0.02∼0.05, Ca 0.0005∼0.004, O ≤0.0015, H ≤0.00015, the balance is Fe and unavoidable impurity elements; It is further defined that 0.22 ≤ (C+N) ≤ 0.26; the total content of alloy ∑M = (Si + Mn + Cr + Ni + Mo + Cu), 3.4 ≤∑M ≤ 6.8; the total content of micro-alloy ∑MM = (Ti + Al + Nb + V), 0.065≤∑ MM ≤ 0.194.
A brushless direct-current motor comprising a stator and a rotor cup which revolves around the stator and comprises several permanent magnetic poles (N, S), a detent torque plate which is connected to the stator and has several pole shoes for generating a detent torque that brings a rotating rotor cup into a detent position, wherein the pole shoes are arranged in such a way that in the detent position they create a magnetic short circuit between two adjacent poles (N, S) of the rotating rotor cup and wherein the pole shoes are T-shaped in design and in the detent position their transverse bars each extent over a partial area of the permanent magnets (31a, 31b) of two adjacent poles (N, S) of the rotating rotor cup.
A method for ascertaining a side slip angle (beta) during a cornering maneuver of a motor vehicle, with the following input variables being recorded and linked to one another via a mathematical vehicle model having the assumptions of the linear single-track model: - a predetermined or measured position of the center of gravity of the motor vehicle between a front axle and a rear axle of the motor vehicle, - the current vehicle speed (v) of the motor vehicle, - a current cornering movement variable (psipunkt, a) of the motor vehicle, - the current steering angle (delta) on the front axle, characterized in that, in the case of a stable cornering maneuver of the motor vehicle, the side slip angle (beta) is ascertained on the assumption that the difference between the side slip angle (beta) and the Ackermann side slip angle beta0 is proportional to the difference between the Ackermann angle (deltaA) and the steering angle (delta), the actual side slip angle (beta) being inferred from the relationship between the measured steering angle (delta) and the Ackermann angle (deltaA) via the proportionality relationship of the Ackermann side slip angle (beta0) theoretically present during slip-free travel on the same curve, and the side slip angle (beta) being ascertained as the difference between a first quotient of twice the rear axle distance (Lh) of the center of gravity from the rear axle relative to the curve radius, which is taken into account as the ratio of the vehicle speed (v) to the cornering movement variable (psipunkt, a), and a second quotient of the product of the steering angle (delta) and the rear axle distance (Lh) relative to the wheelbase between the front axle and the rear axle. - a predetermined or measured position of the center of gravity of the motor vehicle between a front axle and a rear axle of the motor vehicle, - the current vehicle speed (v) of the motor vehicle, - a current cornering movement variable (psipunkt, a) of the motor vehicle, - the current steering angle (delta) on the front axle, characterized in that, in the case of a stable cornering maneuver of the motor vehicle, the side slip angle (beta) is ascertained on the assumption that the difference between the side slip angle (beta) and the Ackermann side slip angle beta0 is proportional to the difference between the Ackermann angle (deltaA) and the steering angle (delta), the actual side slip angle (beta) being inferred from the relationship between the measured steering angle (delta) and the Ackermann angle (deltaA) via the proportionality relationship of the Ackermann side slip angle (beta0) theoretically present during slip-free travel on the same curve, and the side slip angle (beta) being ascertained as the difference between a first quotient of twice the rear axle distance (Lh) of the center of gravity from the rear axle relative to the curve radius, which is taken into account as the ratio of the vehicle speed (v) to the cornering movement variable (psipunkt, a), and a second quotient of the product of the steering angle (delta) and the rear axle distance (Lh) relative to the wheelbase between the front axle and the rear axle.
The adjustable pedestal structure of the bed which can be placed under the sleeping platform of the bed and is arranged to support it, by means of which the height position of the sleeping platform of the bed and the longitudinal tilt position of the bed can be adjusted, which adjustable pedestal structure consists of the foot structure and the axle fixedly connected thereto and having a mounting flange and of the three structural parts connected to each other supported by the foot structure, wherein of the three structural parts, the lower structural part consists of the rotation cylinder inside which the axle connected to the foot structure is located and the lever arms connected to the rotation cylinder and the axle having a mounting flange and connected to the lever arms to opposite ends of the rotation cylinder and the middle structural part consists of the rotation cylinder inside which the axle of the lower structural part is located and the lever arms connected to the rotation cylinder and the axle having a mounting flange and connected to the lever arms to opposite ends of the rotation cylinder and the upper structural part consist of the rotation cylinder inside which the axle of the middle structural part is located and the lever arms connected to the rotating cylinder, to which the sleeping platform frame structure of the bed is connectable, characterized in that the adjustable pedestal structure comprises linear actuators (15a,b) and gas springs (26, 27, 28) assisting its electrically operated adjustment mechanisms, of which the gas springs connected to the foot structure and to the lever arms of the lower structural part move the lower structural part of the adjustable pedestal structure, the gas springs connected to the lever arms of the lower structural part and to the lever arms of the middle structural part move the middle structural part of the adjustable pedestal structure and the gas springs connected to the lever arms of the middle structural part and to the lever arms of the upper structural part move the upper structural part of the adjustable pedestal structure, and the motor housings of the linear actuators acting as the adjusting motors of the pedestal structure are connected to the mounting flange of the axle connected to the foot structure, to the mounting flange of the axle of the lower structural part and to the mounting flange of the axle of the middle structural part of the pedestal structure.
A method of performing a numerical operation on input data in a hybrid floating-point format, the method comprising: representing input data as a sign bit, exponent bits, and mantissa bits (step 510); representing the exponent bits as an unsigned integer including an exponent bias (step 520); representing a signed numerical value of zero as a first reserved combination of the mantissa bits and the exponent bits, wherein each of all other combinations of the mantissa bits and the exponent bits represent a real finite non-zero number (step 530); and operating with a processor on the mantissa bits with a presumed bit "1" before a radix point for the all other combinations of the mantissa bits and the exponent bits (step 540), characterised by selectively setting in a first alternative the mantissa bits and the exponent bits to a second reserved combination of the mantissa bits and the exponent bits when an absolute value of a result produced by the method is less than a minimum absolute value among those represented by the all other combinations of the mantissa bits and the exponent bits, or in a second alternative setting the mantissa bits and the exponent bits to the minimum absolute value when the absolute value of the result produced by the numerical operation is less than the minimum absolute value, wherein the first alternative and the second alternative are selected by a flag. representing input data as a sign bit, exponent bits, and mantissa bits (step 510); representing the exponent bits as an unsigned integer including an exponent bias (step 520); representing a signed numerical value of zero as a first reserved combination of the mantissa bits and the exponent bits, wherein each of all other combinations of the mantissa bits and the exponent bits represent a real finite non-zero number (step 530); and operating with a processor on the mantissa bits with a presumed bit "1" before a radix point for the all other combinations of the mantissa bits and the exponent bits (step 540), characterised by selectively setting in a first alternative the mantissa bits and the exponent bits to a second reserved combination of the mantissa bits and the exponent bits when an absolute value of a result produced by the method is less than a minimum absolute value among those represented by the all other combinations of the mantissa bits and the exponent bits, or in a second alternative setting the mantissa bits and the exponent bits to the minimum absolute value when the absolute value of the result produced by the numerical operation is less than the minimum absolute value,
A trim device including a trim part suitable for being secured to a structure of a vehicle in the vicinity of a door entrance and to which an airbag safety device is secured, said trim part including a first housing housing said airbag safety device and having a first side close to which a screw is fixedly secured, and a second housing close to a second side of said first housing, opposite said first side and further including a plate fixedly secured to said airbag safety device and including a first end locked within said second housing and a second end opposite said first end, comprising a hole passed through by said screw, and fixedly secured to said trim part by a nut screwed on said screw, characterized in that said device further includes a traversing housing opening at least at the level of two lateral faces (FLj) of said trim part, opposite one another, and housing a cylinder suitable to be passed through by another screw intended to fixedly secure it to said structure, and in that said second housing forms part of said traversing housing.
A wide area transport network, comprising a plurality of network segments that comprise at least one wireline network and at least one wireless network communicatively coupled with one another, each of the plurality of network segments being configured to transmit at least one of a plurality of signals communicated between at least one baseband module and at least one wireless transceiver of a wireless mobile network, the plurality of signals corresponding to a digital fronthaul data flow between the at least one baseband module and the at least one wireless transceiver, at least one segment being configured to separate the fronthaul data flow into radio signal information, control information, and user data flow and to transmit the radio signal information as Radio Frequency carrier signals from the at least one baseband module to the at least one wireless transceiver and to transmit the control information and the user data flow using digital communication methods.
Container for fruit and vegetable products, comprising at least one closed mesh casing for storing the products, and at least one shaped band, said mesh casing having a first face (2a1), a second face (2a2) and two side walls (2b, 2c), wherein said at least one shaped band is fixed solely to said first face (2a1) of said container, whereas said second face (2a2) is free or not engaged or in contact with said at least one band and characterised in that said mesh casing and/or said shaped band at the respective attachment areas are not flat, but have a substantially corrugated or undulating configuration, so that the contact surface between them is larger than that between two contact portions that are both substantially flat.
A solid-state imaging element comprising a plurality of pixel blocks, each of the plurality of pixel blocks comprising: a plurality of photoelectric conversion elements each of which is configured to photoelectrically convert incident light to generate a first electric signal; a signal supply unit (331, 332) that is configured to supply the first electric signal of each of the plurality of photoelectric conversion elements of the pixel block to a connection node according to a predetermined control signal; a detection unit that is configured to detect whether or not a change amount of the sum of the first electric signals supplied to the connection node exceeds a predetermined threshold and to output a detection signal indicating a result of the detection; and a pixel signal generation unit that is configured to generate a pixel signal according to a second electric signal generated by each of the plurality of the photoelectric conversion elements of the pixel block, wherein the signal supply unit (331, 332) is configured to sequentially select the second electric signal of each of the plurality of photoelectric conversion elements to supply to the pixel signal generation unit in a case where the detection unit detects that the change amount of the sum of the first electric signals supplied to the connection node exceeds the predetermined threshold. a plurality of photoelectric conversion elements each of which is configured to photoelectrically convert incident light to generate a first electric signal; a signal supply unit (331, 332) that is configured to supply the first electric signal of each of the plurality of photoelectric conversion elements of the pixel block to a connection node according to a predetermined control signal; a detection unit that is configured to detect whether or not a change amount of the sum of the first electric signals supplied to the connection node exceeds a predetermined threshold and to output a detection signal indicating a result of the detection; and a pixel signal generation unit that is configured to generate a pixel signal according to a second electric signal generated by each of the plurality of the photoelectric conversion elements of the pixel block, wherein the signal supply unit (331, 332) is configured to sequentially select the second electric signal of each of the plurality of photoelectric conversion elements to supply to the pixel signal generation unit in a case where the detection unit detects that the change amount of the sum of the first electric signals supplied to the connection node exceeds the predetermined threshold.
A method for reducing a power of a signal electromagnetically coupled from a PLC medium to a digital subscriber line medium, comprising: obtaining a measurement of first noise associated with a first signal received at a DSL receiver coupled to the DSL communication medium, wherein the first noise is caused at least in part by a data signal transmitted over the PLC medium at a first average power level from one of a plurality of PLC transmitters coupled to the PLC medium; obtaining a measurement of second noise associated with a second signal received at the DSL receiver coupled to the DSL communication medium, wherein the second noise is caused at least in part by the data signal transmitted over the PLC medium at the second average power level from the one PLC transmitter, and the second average power level is different to the first average power level; and changing a transmit power spectral density for the data signal transmitted by the one PLC transmitter over the PLC medium, based on a difference between the first noise and the second noise, such that the changed transmit PSD for the data signal transmitted by the one PLC transmitter over the PLC medium reduces the power of the signal electromagnetically coupled from the PLC medium to the DSL medium caused by the data signal transmission from the one PLC transmitter over the PLC medium. obtaining a measurement of first noise associated with a first signal received at a DSL receiver coupled to the DSL communication medium, wherein the first noise is caused at least in part by a data signal transmitted over the PLC medium at a first average power level from one of a plurality of PLC transmitters coupled to the PLC medium; obtaining a measurement of second noise associated with a second signal received at the DSL receiver coupled to the DSL communication medium, wherein the second noise is caused at least in part by the data signal transmitted over the PLC medium at the second average power level from the one PLC transmitter, and the second average power level is different to the first average power level; and changing a transmit power spectral density for the data signal transmitted by the one PLC transmitter over the PLC medium, based on a difference between the first noise and the second noise, such that the changed transmit PSD for the data signal transmitted by the one PLC transmitter over the PLC medium reduces the power of the signal electromagnetically coupled from the PLC medium to the DSL medium caused by the data signal transmission from the one PLC transmitter over the PLC medium.
A heavy duty connector for use in hazardous or extreme conditions and adapted for use with a complementary connector, the connector comprising locking means having operative and inoperative positions in relation to the complementary connector and comprising one or more balls, release means operative to permit or prevent the locking means to move between operative and inoperative positions; means for moving the release means between permissive and preventative positions; means for retaining the release means in the permissive position comprising one or more latches.